'Sensational breakthrough' marks step toward revealing ...
Proof provides fresh tools to attack famed Riemann hypothesis, math's biggest unsolved problem
www.science.orgRecent prime-number news has focused on both a record-breaking discovery and a few notable theory breakthroughs. The biggest headline is that the largest known prime as of 2026 is still $$2^{136{,}279{,}841} - 1$$, found in October 2024 and containing 41,024,320 digits.[2]
The record prime is a Mersenne prime discovered through GIMPS, and it remains the largest known prime reported in the sources I found. A related report from October 2024 described the announcement as a major math milestone and confirmed the same digit count.[1][2]
In 2025, researchers reported a new way to characterize primes using integer partitions, giving infinitely many prime-detecting equations. Another 2024 result showed progress on counting certain primes, including primes of the form $$p^2 + 4q^2$$, which is another example of recent movement in prime number theory.[4][5]
A 2026 article described a newly proved class of “widely digitally delicate” prime numbers, which are theoretical primes that become composite when digits are changed in very specific ways. That result is more about structure than a record, but it shows how active prime research remains.[3]
If you want, I can turn this into a very short “latest news” bullet list or a plain-English explanation of what a Mersenne prime is.
Proof provides fresh tools to attack famed Riemann hypothesis, math's biggest unsolved problem
www.science.orgIt’s a bit delicate.
www.popularmechanics.comMehtaab Sawhney, who joined Columbia last year, enjoys the thorny work of proving a seemingly straightforward statement of fact.
news.columbia.eduUsing a notion called integer partitions, mathematicians have discovered a new way to detect prime numbers while also connecting two areas of math in an unexpected way
www.scientificamerican.comTo make progress on one of number theory’s most elementary questions, two mathematicians turned to an unlikely source.
www.quantamagazine.org